Tag: Fluid replacement

While standard medical saline is a 0.9% solution, a 9% sodium chloride injection does not exist for typical medical applications due to the dangerously high concentration of salt. It is essential to understand the difference, as normal saline (0.9%) is a foundational treatment in intravenous therapy for hydration and electrolyte balance.

Oral rehydration therapy has been estimated to decrease the risk of death from diarrhea by up to 93%. Understanding which ORS is best for your specific situation is crucial for effective treatment of dehydration caused by illness, heat, or exercise.

Named after pediatrician Alexis Hartmann, who modified the original Ringer's solution in the 1930s by adding lactate, Hartmann's fluid is a staple in medical settings for intravenous fluid therapy. This article explains what are the components of Hartmann's fluid and its clinical significance.

Globally, up to 80% of hospitalized patients receive intravenous (IV) fluid therapy, making it one of the most common medical interventions [1.6.3]. Understanding **what are the different types of fluid replacements** is crucial for effective patient care, from rehydration to emergency resuscitation [1.4.1, 1.4.4].

Dextrose is a simple sugar chemically identical to glucose, used widely in medicine to treat various conditions. An intravenous (IV) bag of **dextrose 100mL** is primarily used to provide water and calories, but its specific application depends on the concentration of the solution.

In 2023, sodium salts were the 227th most commonly prescribed medication in the United States, with over 1 million prescriptions [1.2.3]. A primary application is Normal Saline (NS), and this guide answers, 'What is Denis NS 100ml used for?'

More than 1 million deaths per year were prevented globally by the widespread adoption of oral rehydration therapy following WHO recommendations in the 1970s. This simple, life-saving intervention answers the critical question: **what is ORS used for**?

Over 90% of all hospitalized patients will receive an IV at some point during their stay. While a common sight, this practice prompts the question: "Why do hospitals always give IVs?" The answer lies in the profound pharmacological and physiological advantages of bypassing the digestive system for speed, precision, and effectiveness.